Tommy Hilfiger Th 1642 is a Full Rim frame for Men, which is made of Acetate Plastic Front and Metal Temples.

Acetate is the most common material used for frame manufacturing. It has endless possibilities for color, texture, and patterns. It can even be laminated to create great visual effects, and it can retain a higher luster. Acetate is lightweight, so it is often chosen for its versatility in coloring as well as for its comfort. Acetate is made out of cotton seed fibers and plasticizers. --------- Most metal frames are made out of Monel. Monel has a copper and nickel base and is one of most commonly used metals for frame manufacturing. This metal can be corrosion resistant, strong, and easily adjusted. It retains its stability and shape for long periods of time.

This model features a Oval/Rounded Edges shape.

The Tommy Hilfiger Th 1642 Eyeglasses feature the following logo: Tommy Hilfiger logo on the temple

This frame features a spring hinge, which keeps its initial balance and adjustment, thereby avoiding the need for subsequent adjustments.

Tommy Hilfiger has been an entrepreneur and designer his entire life. His specialty is taking men's classic fashion and modernizing it to suit the desires of the market of the day. The Tommy Hilfiger eyeglass collection contains a wide variety of styles for both men and women. For men, a selection of nerdy-chic acetate plastic frames are available. Rectangles and squares make for a majority of the frames; however, a selection of rimless and semi-rimless frames are also included. Temple ornamentation and stylistic hinges are scattered throughout, and while some frames are more bold, there are a great number of timeless frame styles that suit even the most conservative of consumers. Slender rectangular frames as well as some larger unisex styles are featured for women. People who are confident, spontaneous and have a sense of humor will find something to love. Tommy Hilfiger brand sunglasses are a great choice for someone who needs to maintain style, while not appearing to be controlled by what other fluid trends come and go.